We’ll go deep into the network configurations with which you can configure MinIO to the different replication strategies and network topologies that can be used to ensure your data is stored and accessed efficiently across multiple MinIO deployments.
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OpenObserve is an open-source observability platform designed to streamline the monitoring of logs, metrics, and traces.
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The Oracle Secure Backup (OSB) cloud module allows you to back up your Oracle Database to a MinIO bucket. It leverages RMAN’s encryption to ensure the security of the database backup.
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When we started MinIO, we set out to set a new standard for object storage. We built a software-defined, S3 API compatible object storage that is the fastest and most scalable solution available that isn’t S3. But we didn’t stop there. We are also crafting an entirely different experience through our SUBNET experience. SUBNET combines a commercial license
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Globally there has been a shift to bring applications closer to home. Enterprises want more control of their data and have had enough of paying egress fees to the public cloud to get access to their own data. Besides cost, there is also the matter of security, or lack thereof, when resources are shared with unknown organizations. Vulnerabilities can trickle
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Between the public cloud and your data center exists a middle ground where you can have full control over infrastructure hardware, without the high initial cost of investment.
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When we announced the availability of MinIO on Red Hat OpenShift, we didn’t anticipate that demand would be so great that we would someday write a series of blog posts about this powerful combination. This combination is being rapidly adopted due to the ubiquitous nature of on-prem cloud and the need of large organizations wanting to bring their data
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MinIO is built with speed and resiliency at the forefront, regardless of the type of environment you choose to run it on. Whether it's multi cloud, bare metal, cloud instances or even on-premise, MinIO is designed to run on AWS, GCP, Azure, colocated bare metal servers and Kubernetes distributions such as Red Hat OpenShift. MinIO runs just as
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When purchasing storage, the emphasis is usually on media, but it may be even more important to consider access methods too. You will need to take storage protocols into account when designing and procuring infrastructure, especially when you leave legacy storage behind in order to migrate to cloud-native object storage. However, object storage relies on the S3 API for communications,
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In this post we look at how search, and specifically OpenSearch can help us identify patterns or see trends in our ever growing data.
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Apache Kafka and Apache Spark are two leading technologies used to build the streaming data pipelines that feed data lakes and lake houses. At a really high level, Kafka streams messages to Spark where they are transformed into a format that can be read in by applications and saved to storage.
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Encryption is an important part of the MinIO architecture. MinIO applies encryption to ensure objects are secure at rest and are compliant with regulations.
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InfluxDB is built on the same ethos as MinIO. It is a single Go binary, cloud agnostic, lightweight, but is also feature packed with things like replication and encryption, and it provides integrations with various applications.
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Kafka and Spark Structured Streaming are used together to build data lakes/lake houses fed by streaming data and provide real time business insights.
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Make you Kafka topics performant and efficient with Kafka Schema Registry.
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What is ArgoCD? In short, it's a GitOps continuous deployment tool that stores the state of the infrastructure in a Git repository and automates deployment by tracking the changes between the existing and new deployment configurations.
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Apache Kafka is an open-source distributed event streaming platform that is used for building real-time data pipelines and streaming applications. It was originally developed by LinkedIn and is now maintained by the Apache Software Foundation. Kafka is designed to handle high volume, high throughput, and low latency data streams, making it a popular choice for building scalable and reliable data
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In this post we’ll talk about Erasure Coding and Erasure Sets, and then dive deeper into how to use the Erasure Code Calculator when designing deployments to make the most out of MinIO by opting for the right hardware configuration setup from the get go.
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Let's review some of the tools available to get data out of S3, local FileSystem, NFS, Azure, GCP, Hitachi Content Platform, Ceph, and others, and into MinIO clusters.
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GitLab can use MinIO as its object storage backend to store large files such as artifacts, Docker images, and Git LFS files. Given the right underlying hardware, MinIO provides the performance and scale to support any modern workload, including GitLab.
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